Magnetic Measurements TRIZ Cases

A magnetic field detector moves freely within a volume to acquire flux measurements at multiple poses for accurate model estimation.

A magnetoelectric multiferroic layer provides deterministic programming for voltage-controlled magnetic anisotropy memory devices.

A dielectric flexible foil conductively coated on both sides forms an inductive section with overlapping ends connected via discrete capacitors.

A loop type receiving coil positioned perpendicular to the basic magnetic field.

Combines tag-on and tag-off sequences to isolate blood signals from myocardium, reducing misregistration errors in non-contrast MRI.

Segmented passive RF shield design for NMR gradient coils maximizes central conductor-free volume.

A polygonal vertical Hall sensor uses an electronic circuit to switch between element groups, generating simultaneous output signals.

Segmented coil modules isolate cryogenic cooling to the receiver, resolving device complexity trade-offs while accommodating varying field strengths.

Angled recessed sensor layers enable narrow reader gaps, resolving stability trade-offs in high-density magnetic recording.

Aligning Fe2CoSi crystal surfaces at 0 or 45 degrees reduces lattice strain and enhances coherent tunneling for higher magnetoresistance ratios.

A learning model processes spectrum data to quantify test substances while generating visual contribution heatmaps for interpretability.

Shield absorbs orthogonal interference to prevent detection errors, while yoke converts input fields for accurate measurement.